Members
| Seita Emori | National Institute for Environmental Studies |
1. Synthesis of global climate risk management strategies
(1) Quantitative analyses of climate risk management strategies using integrated assessment tool
| Kiyoshi Takahashi | National Institute for Environmental Studies |
| Yasuaki Hijioka | National Institute for Environmental Studies |
| Yasuko Kameyama | National Institute for Environmental Studies |
| Hideo Shiogama | National Institute for Environmental Studies |
| Katsumasa Tanaka | National Institute for Environmental Studies |
| Su Xuanming | National Institute for Environmental Studies |
| Akemi Tanaka | National Institute for Environmental Studies |
(2) Synthesis of knowledge on global climate risks and development of management strategies to them
| Kenta Iwase | Nomura Research Institute, Ltd. |
| Masashi Sato | Nomura Research Institute, Ltd. |
| Kai Yoshimato | Nomura Research Institute, Ltd. |
| Daisuke Yajima | Nomura Research Institute, Ltd. |
| Masatoshi Seno | Nomura Research Institute, Ltd. |
| Fumihiko Kamio | Nomura Research Institute, Ltd. |
(3) Applying decision theories to climate risk management
| Akira Maeda | The University of Tokyo |
| Motoh Tsujimura | Doshisha University |
| Ryuta Takashima | Tokyo University of Science |
(4) Communication on climate change risks and their management strategies with stakeholders through interactive meetings
| Kensuke Fukushi | The University of Tokyo |
| Eri Aoki | The University of Tokyo |
2. Optimization of land, water and ecosystem uses for climate risk management
(1) Development of terrestrial integrated model
| Yoshiki Yamagata | National Institute for Environmental Studies |
| Tokuta Yokohata | National Institute for Environmental Studies |
| Hajime Seya | Kobe University |
| Daisuke Murakami | National Institute for Environmental Studies |
(2) Model development and analysis for optimal use of terrestrial ecosystems
| Akihiko Ito | National Institute for Environmental Studies |
| Kazuya Nishina | National Institute for Environmental Studies |
| Hibiki Noda | National Institute for Environmental Studies |
(3) Model development and analysis toward optimal use of water resources
| Naota Hanasaki | National Institute for Environmental Studies |
(4) Development of a global land-use model and analysis of interaction of land-use with water resource and terrestrial ecosystem
| Tsuguki Kinoshita | Ibaraki University |
| Hasi Bagan | Ibaraki University |
(5) Global crop growth modeling and integrated analysis of interactions among food production, water resources and land use
| Motoki Nishimori | National Agriculture and Food Research Organization |
| Toshihiro Hasegawa | National Agriculture and Food Research Organization |
| Yasushi Ishigooka | National Agriculture and Food Research Organization |
| Toshichika Iizumi | National Agriculture and Food Research Organization |
| Gen Sakurai | National Agriculture and Food Research Organization |
| Masashi Okada | National Agriculture and Food Research Organization |
| Toru Sakai | National Agriculture and Food Research Organization |
| Masayuki Yokozawa | Shizuoka University |
3. Identification and analysis of critical climate risks
(1) Risk analysis of a geophysical critical phenomenon
| Taikan Oki | The University of Tokyo |
| Masashi Kiguchi | The University of Tokyo |
(2) Estimation of climate risk: water, energy, and food; and generalization of the whole of theme 3
| Shinjiro Kanae | Tokyo Institute of Technology |
| Yoshihiko Iseri | Tokyo Institute of Technology |
| Sayaka Yoshikawa | Tokyo Institute of Technology |
| Chihiro Miyazaki | Tokyo Institute of Technology |
(3) Estimation of health risk due to climate change
| Yasushi Honda | The University of Tsukuba |
(4) Climate change risk identification around the Cryosphere and generalization of a geophysical risk identification
| Ayako Abe-Ouchi | The University of Tokyo |
| Akitomo Yamamoto | The University of Tokyo |
| Dian Handiani | The University of Tokyo |
| Wing-Le Chan | The University of Tokyo |
| Alexandre Laine | The University of Tokyo |
| Masakazu Yoshimori | Hokkaido University |
| Fuyuki Saito | Japan Agency for Marine-Earth Science and Technology |
| Tetsuo Sueyoshi | National Institute of Polar Research |
(5) Climate change risk identification around the Oceanosphere
| Yasuhiro Yamanaka | Hokkaido University |
| Takafumi Hirata | Hokkaido University |
| Masahiko Fujii | Hokkaido University |
| Ryota Shibano | Center for Marine Environmental Studies, Ehime University |
| Masahito Shigemitsu | Japan Agency for Marine-Earth Science and Technology |
(6) Evaluation of uncertainty and risks due to climate change (Merged with (4) From FY2014)
4. Evaluation of climate risk management options under technological, social and economic uncertainties
(1) Development of integrated energy-economic model method focusing on the future uncertainties
| Shunsuke Mori | Tokyo University of Science |
| Satoshi Onishi | Tokyo University of Science |
| Kae Takase | Governance Design Laboratory, Inc. |
| Dan Jin | Tohoku University |
| Kazuhisa Kamegai | National Astronomical Observatory of Japan |
(2)1 Gaming simulations focusing on the interactions of multiple decision makers with energy-economy model
| Toyoaki Washida | Sophia University |
| Shin Sakaue | Sophia University |
| Koichi Yamaura | Tokyo University of Agriculture and Technology |
(2)2 Gaming simulations focusing on the interactions of multiple decision makers with energy-economy model (Ended in FY2014)
| Atsushi Kurosawa | The Institute of Applied Energy |
| Etsushi Kato | The Institute of Applied Energy |
| Ryo Moriyama | The Institute of Applied Energy |
| Yuki Ishimoto | The Institute of Applied Energy |
| Kazuhiro Tsuzuki | The Institute of Applied Energy |
| Masahiro Sugiyama | Todai Policy Alternatives Research Institute |
| Kooiti Masuda | Japan Agency for Marine-Earth Science and Technology |
| Takayuki Takeshita | Nagasaki University |
(4) Meta-level analysis on the adaptation potentials and costs and socio-economic scenarios
| Toshihiko Masui | National Institute for Environmental Studies |
| Izumi Kubota | National Institute for Environmental Studies |
| Azusa Okagawa | National Institute for Environmental Studies |
| Shinichiro Fujimori | National Institute for Environmental Studies |
| Tomoko Hasegawa | National Institute for Environmental Studies |
| Kanako Morita | Keio University |
5. Interactions between scientific and social rationalities in climate risk management
(1) Theoretical Analysis on Social Rationality
| Yuko Fujigaki | The University of Tokyo |
| Minako Kusafuka | The University of Tokyo |
| Manabu Kuwata | The University of Tokyo |
(2) Decision making frameworks amid the trade-offs relating to climate change
| Shin Munakata | Mitsubishi UFJ Research and Consulting Co., Ltd. |
| Takashi Morimoto | Mitsubishi UFJ Research and Consulting Co., Ltd. |
| Kei Takahashi | Mitsubishi UFJ Research and Consulting Co., Ltd. |
(3) Clarification of Global Climate Risk Perception through Public Dialogue
| Ekou Yagi | Osaka University |
| Yasunori Yamanouchi | Institute for Excellence in Higher Education, Tohoku University |
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